Papers & Preprints
All central publications on the Panvitalist Theory. Latest papers first.
The Panvitalist Theory in the Context of Current Research in Quantum Gravity and the Foundations of Physics – An Assessment
Comprehensive evaluation of the Panvitalist Theory within the current quantum gravity landscape, including comparisons with Celestial Holography, Relational QM, and LQG.
Source: Preprint, May 2026
Mercury Perihelion Precession from First Principles: Testing the Panvitalistic Derivation of General Relativity (Part II)
In Part I we derived Einstein’s field equations directly from the axioms of the Panvitalistic Theory (PVT) using the complete set of 12 volume operators and the fundamental constraint . In this Part II we subject the derivation to a stringent observational test by calculating the perihelion precession of Mercury from first principles.
Source: Preprint, 2026
Deriving Einstein's General Relativity from the Axioms of the Panvitalistic Theory (PVT) (Part I)
In this work we derive Einstein's field equations directly from these axioms. We introduce the complete set of 12 volume operators together with their geometric commutator algebra, project the timeless constraint onto 4D spacetime, and obtain the Einstein equations as an effective description in the limit of maximal orthogonality.
Source: Preprint, 2026
The Panvitalistic Re-Foundation of Quantum Theory: From the Time-Dependent Schrödinger Equation to the Timeless 12D Volume Constraint
We derive the complete set of 12 volume operators and their geometric commutator algebra, show that the time-dependent Schrödinger equation is an artefact of an ontologically inconsistent external-time postulate, and re-derive the Bohr model of the hydrogen atom
Source: Preprint, April 2026
Energy as the Universal Bridge in PVT: From m to 1/m --- The Geometric Unification of Macro and Micro
In the Panvitalistic Theory (PVT), energy serves as the universal bridge that unifies the macroscopic and microscopic worlds
Source: Preprint, April 2026
The Areal Nature of Velocity: A Panvitalistic Re-examination of Einstein's 1905 Special Relativity
Einstein's 1905 paper introduced the Special Theory of Relativity by postulating c = L/T = constant. This paper re-examines the foundational assumptions from the Panvitalistic Theory (PVT) perspective. We show that Einstein treated velocity as a one-dimensional linear quantity, thereby necessitating the introduction of a second, external time parameter.
Source: Preprint, April 2026
Planck Units as Artefacts of the False Dimension of Planck Constant : The Dimensional Origin of the 12D Volume Comparison in PVT
The Planck units of standard physics are not fundamental scales of nature but mathematical artefacts created to compensate for the wrong dimension of Planck’s constant h.
Table: Physical Quantities in 12D Panvitalistic Spacetime
Comparison of Dimensions and Units: 4D vs. 12D - The following tables compare the dimensions of physical quantities and constants in the 4D spacetime (based on the SI system) and the Panvitalistic 12D spacetime (6D=6D Volume comparison), where only length (L) and time (T) are used as fundamental dimensions.
Source: Preprint, January 2026
PVT Spacetime Definition: A Rigorous Mathematical Derivation of 12-Dimensional Spacetime
The Panvitalistic Theory (PVT) defines spacetime as a 12-dimensional anisotropic structure arising solely from three independent harmonic oscillations and the ontological primacy of volume.
Source: Preprint, February 2026
Quantization and Singularities in the Macrocosm: Insights from the Panvitalistic Theory (PVT)
This paper demonstrates that quantization and singularities are geometric consequences of rational 6D volume comparisons, not fundamental quantum properties.
Source: Preprint, March 2026
The Categorical Fallacy of π : Re-Founding Science
Classical geometry equates finite, rational quantities (Length, Area, Volume ) with the infinite algorithmic process π. This categorical error – equating determinate measurement with indeterminate limit – is an ontological mistake. Gödel’s incompleteness theorems (1931) prove any arithmetic-containing formal system is incomplete and cannot prove its own consistency.
Source: Preprint, February 2026
The Panvitalist Theory: An Overview of Its Current Status and Contrasts with Contemporary Physics
The Panvitalist Theory, developed from 2019 to 2025, fundamentally redefines time, space, and the axioms of physics to resolve inconsistencies in contemporary frameworks, including the “problem of time,” singularities, and the incompatibility between quantum theory (QT) and general relativity (GRT).
Source: Preprint, June 2025
What is Space-Time? - A clear solution to Einsteins puzzle
"What is Space-time?" is the question that needed to be answered. We have finally found the solution to the biggest unsolved question today.
Source: Preprint, April 2024
Search for the World Formula
In this article, the author searches for the world formula/theory of everything. This world formula, if found, will also be useful in answering the questions of God and his will and the meaning of life.
Source: Journal Article, February 2022
Unified Principles of Nature: Solution to the Problem of Time
Although the concept of time was discussed intensively by authors over centuries, the “problem of time” is prominent today again in quantum gravity. As quantum physicists believe a more detailed understanding of the entanglement of time could lead to a unification of quantummechanics with general relativity, the author explores the “problem of time” in a deductive approach.
Source: Journal Article, April 2019